Flame resistant PTFE fabric 9012J

PTFE-coated fabric can withstand continuous operating temperatures up to 260°C (500°F) and short-term peaks up to 300°C (572°F). It remains dimensionally stable and does not degrade under extreme thermal conditions.

PTFE is chemically inert to nearly all acids, alkalis, solvents, and corrosive gases. It does not react with aggressive chemicals, making it ideal for applications in the chemical, petroleum, and pharmaceutical industries.

The low surface energy of PTFE creates an ultra-smooth, non-stick surface, preventing adhesion of food, adhesives, resins, inks, and other sticky substances. This simplifies cleaning and reduces downtime in industrial processes.

When reinforced with fiberglass, aramid, or Kevlar, PTFE fabric exhibits high tensile strength, tear resistance, and durability. It performs well under mechanical stress, even in continuous production environments.

PTFE-coated fabric offers excellent dielectric strength and electrical insulation, making it suitable for high-voltage insulation, heating elements, and electronic manufacturing processes.

PTFE is hydrophobic (water-repellent) and resistant to steam and moisture. It does not absorb water, making it suitable for humid or wet environments, including food processing and packaging.

PTFE fabrics are resistant to UV radiation, oxidation, and weathering. Many grades are flame-retardant (UL 94 V-0), making them suitable for outdoor use and environments with fire safety requirements.

PTFE fabric maintains its shape, thickness, and strength across a wide range of temperatures and loading conditions. It exhibits minimal shrinkage, expansion, or warping.

Due to its anti-stick, thermal, and chemical properties, PTFE fabric can be reused for thousands of cycles without significant wear. It offers excellent cost-effectiveness in long-term applications.

PTFE high temperature fabrics can be customized in:

• Thicknesses: 0.07 mm – 0.98 mm
• Widths: up to 4000 mm
• Surface finishes: smooth, textured, or anti-static
• Backings: adhesive, silicone, or aluminum
• Reinforcements: fiberglass, mesh, or multi-layer composite

PTFE high temperature fabric is used as conveyor belts, non-stick liners, and baking sheets in food processing. It ensures hygiene, prevents sticking, and withstands high heat during baking, grilling, and packaging processes.

Used in tablet pressing machines, fluid bed dryers, and other high-temperature environments. PTFE fabric ensures cleanliness, chemical resistance, and contamination-free processing.

Applied in heat sealing machines and cutting equipment. PTFE-coated fabrics enhance performance, reduce sticking, and extend equipment life.

Used in thermal bonding, dyeing, and printing machines as release sheets and conveyor belts. PTFE ensures smooth operation and resistance to dyes and chemicals.

PTFE high temperature fabric is used as insulation and barrier materials during soldering, lamination, and PCB processing. It offers excellent dielectric properties and thermal resistance.

Used as release sheets in lamination equipment for solar panel production. PTFE fabric ensures even heat distribution and non-stick performance.

Used in composite molding and insulation layers. PTFE fabric resists extreme temperatures and chemicals, suitable for aircraft component manufacturing.

Employed in heat transfer machines, laminators, and sublimation printing as protective sheets and belts. It prevents ink buildup and ensures even pressure.

Widely applied in reactor linings, filtration belts, and anti-corrosive covers. PTFE fabric provides outstanding chemical inertness and thermal endurance in aggressive processing environments.

PTFE high temperature fabric is used as gaskets, insulation wraps, and sealing materials in oil drilling and refining. It resists harsh chemicals and extreme temperatures, ensuring safe and long-lasting operation.

Used in manufacturing processes such as molding, heat sealing, and laminating interior parts. PTFE withstands high temperatures and improves surface quality.

Used as release sheets during molding, extrusion, and vulcanization processes. PTFE fabric prevents sticking and simplifies demolding of finished parts.

PTFE fabrics are used in hot press machines for veneer lamination and wood finishing, offering smooth release and heat resistance.

PTFE fabric is used as insulation layers for cables, wires, and heating elements. It provides excellent dielectric strength and thermal stability, especially in high-voltage and high-temperature applications.

Used in gas sealing systems, filtration units, and duct linings for desulfurization plants. PTFE fabric withstands acidic gases, high humidity, and continuous heat exposure.

PTFE high temperature fabric is used as non-stick, reusable oven and microwave liners. It withstands repeated heating and ensures easy cleaning and food safety.

PTFE fabric is ideal for any industrial or domestic application requiring resistance to temperatures up to 260°C, such as heat press machines, sealing devices, and drying systems.

PTFE (Polytetrafluoroethylene) is a high-performance synthetic polymer known for its exceptional resistance to heat, chemicals, and friction. At Anligu, PTFE-coated fabrics are used across food processing, packaging, electronics, chemicals, automotive, and many other industries.

Teflon® is a registered trademark of Chemours (formerly DuPont) that refers to PTFE-based products. While “Teflon” is a brand name, Anligu’s PTFE fabrics provide the same physical and chemical benefits—non-stick, heat-resistant, and chemically inert—offering reliable performance in demanding environments.

Anligu PTFE-coated fabrics are applied in:

• Conveyor belts for food, textile, and packaging
• Non-stick baking liners and grilling sheets
• Heat sealing and lamination machines
• Chemical-resistant gaskets and tank linings
• Insulation for electronic and industrial heating systems
• Oven, microwave, and solar panel applications

Food-grade PTFE meets FDA, EU, and GB standards for contact with food. It is non-toxic, odorless, and stable at high temperatures, ideal for conveyor belts, heat sealing, baking sheets, and food packaging machinery.

• Food & Packaging: For clean, non-stick processing
• Textile & Printing: As release sheets in dyeing and printing
• Electronics: For soldering and PCB lamination
• Petroleum & Chemical: For resistant linings and insulation
• Power Generation (FGD): In gas filtration and sealing
• Construction: In insulation, membrane structures
• Household: As oven/microwave liners

Anligu PTFE fabrics can continuously operate at 260°C  and tolerate peaks up to 300°C. They do not melt or degrade, making them ideal for thermal processes and hot press machines.

Yes. Our PTFE-coated fabrics are reusable, non-stick, and certified food-safe. They are widely used as liners in ovens, microwaves, and grills, providing effortless cleaning and heat resistance.

Yes. Anligu offers:

• Various thicknesses, widths, and roll lengths
• Adhesive backing, perforation, or laser-cutting
• Fiberglass, Kevlar, or aramid reinforcement
• Belt fabrication with custom edges and joints

Yes. PTFE is virtually inert to acids, alkalis, solvents, and corrosive gases. Anligu PTFE fabrics are widely used in harsh environments like chemical plants, oil refineries, and gas desulfurization systems.

Our fabrics are engineered for durability. In industrial conditions, they can withstand thousands of heating cycles without delamination or wear. Lifespan depends on environment and mechanical stress.

PTFE fabric excels in chemical resistance, low friction, and high heat stability. Silicone fabrics offer better flexibility and softness but are less resistant to aggressive chemicals or continuous high heat.

PTFE is naturally hydrophobic (water-repellent). Depending on the substrate, it can also be engineered to allow vapor permeability, enabling applications in breathable waterproof textiles and industrial membranes.

Yes. e-PTFE (expanded PTFE) is used in vascular grafts, surgical patches, and protective garments. Anligu is exploring ISO 10993-compliant PTFE fabric for medical-grade and PPE applications.

Yes. PTFE metafabrics reflect sunlight and emit infrared radiation, enabling Passive Daytime Radiative Cooling (PDRC). This technology is useful in tents, shelters, and outdoor garments. Anligu is actively evaluating this innovation.

Anligu is researching eco-friendly PTFE solutions, including:

• Recycled substrate composites
• Bio-based coatings
• PFAS content reduction

These initiatives align with 2030 global emission targets for fluoropolymer products.

Recent materials science studies suggest adding SiO₂ nanoparticles, Kevlar, or PEEK films to PTFE fabrics significantly increases abrasion resistance and lifespan. Anligu is integrating these upgrades into next-generation products.

Yes. PTFE-coated fiberglass fabrics are key materials in tensile structures, stadium roofs, skylights, and shading systems. They offer self-cleaning properties, long-term UV stability, and flame resistance.

While low-cost silicone or PU fabrics are replacing PTFE in mid-temperature applications, PTFE remains unmatched in high-end environments. Anligu focuses on high-value, niche applications where PTFE’s unique properties provide irreplaceable performance.